Schneider Quantum Modular Analog Input/Output Module 140AMM09000

Range of Product:Modicon Quantum Automation Platform

Analog Input Number:4

Analog Output Number:2

Input Circuit I/O Modularity:6 Channels

Addressing Requirement:2 Output Words, 5 Input Words

Absolute Maximum Input:+/- 25 mA Current, +/- 50 V Voltage

Analog Output Range:4…20 mA

Voltage Drop:30 V DC

Bus Current Requirement:350 mA

Product Weight:0.3 kg

    Engineered for seamless integration into the Modicon Quantum automation platform, the Schneider Quantum Modular Analog Input/Output Module (140AMM09000) is a powerhouse solution for advanced signal processing requirements. With its compact yet robust design, this module is built to withstand the rigors of industrial environments, ensuring reliable operation under varying conditions.

    Featuring an impressive array of 4 analog inputs and 2 outputs, this module provides unparalleled flexibility and adaptability for diverse applications, from process control to data acquisition. Its modular design allows for easy configuration and expansion, catering to the evolving needs of modern industrial automation systems.

    The module’s 6-channel input circuit modularity and support for 2 output words and 5 input words offer enhanced addressing and processing capabilities, streamlining the integration of complex control strategies into your automation infrastructure. This ensures efficient management of signals and data flow, optimizing operational efficiency.

    With an absolute maximum input of +/- 25 mA current and +/- 50 V voltage, and an analog output range of 4…20 mA, this module is designed to handle a wide spectrum of signal types. The inclusion of a 30 V DC voltage drop feature ensures minimal energy loss during signal transmission, preserving the integrity of your data.

    Equipped with a lightweight 0.3 kg construction, the Schneider Quantum Modular Analog Input/Output Module is not only efficient but also easy to install and maintain. This makes it an ideal choice for integrating into existing systems without compromising on performance or ease of use.